Differences in fungal and bacterial physiology alter soil carbon and nitrogen cycling: Insights from meta-analysis and theoretical models

Keyphrases

• Meta-analysis 100%
• Meta-theoretical 100%
• Bacterial Physiology 100%
• Soil Carbon Cycling 100%
• Fungal Biology 100%
• Soil Nitrogen Cycling 100%
• Bacterial Growth 33%
• Fungi 33%
• N Cycling 33%
• Nitrogen Cycle 33%
• Ecosystem Carbon 33%
• Carbon-nitrogen 33%
• Ecosystem Scale 33%
• C Cycling 33%
• Nutrient Limitation 33%
• Turnover Rate 33%
• Carbon C 33%
• CN Ratio 33%
• N Mineralization 33%
• Net N Mineralization 33%
• Decomposers 33%
• Ecological Interactions 33%
• Biogeochemical Model 33%
• C Limitation 33%
• Fungi to Bacteria Ratio 33%
• Total Microbial Biomass 33%
• Resource Stoichiometry 33%
• Biomass Turnover 33%
• Biomass Stoichiometry 33%

Immunology and Microbiology

• Stoichiometry 100%
• Nitrogen Cycling 100%
• Mineralization 100%
• Carbon Cycling 100%
• Bacterial Phenomena and Functions 100%
• Decomposer 50%
• Microbial Biomass 50%
• Bacterial Growth 50%

Earth and Planetary Sciences

• Soil Carbon 100%
• Stoichiometry 100%